Table of Contents
ToggleThe complete solution for realistic drifting, physics-based rigging, and intelligent traffic synchronization in Blender.
The ultimate car and traffic simulation system for Blender. Whether you're building a film shot, a game environment, or a full-scale procedural city with iCity.
Feature Showcase
Explore the powerful capabilities that make iCars the ultimate vehicle animation tool.
Physics-based drifting generated automatically on sharp corners. No manual keyframing.
See the future. Preview movement and timing instantly without waiting for the timeline to play.
Scout your scene or record live action by driving the vehicle yourself with keyboard controls.
Powerful tools for creating realistic vehicle animations and traffic simulations
Control multiple vehicles with realistic behaviors.
Draw paths with intelligent collision avoidance.
Adjust speeds and behaviors to your vision.
Optimized for Eevee and Cycles.
Who Uses iCars
From blockbuster films to architectural visualization, iCars powers vehicle animation across industries.
Create cinematic vehicle sequences with Hollywood-quality realism.
Build immersive traffic systems for open-world games.
Simulate traffic flows for city design and analysis.
Showcase vehicles in stunning promotional animations.
The tools you need to bring motion to your vision, without the complexity.
iCars isn't just a tool—it's a full simulation system. Animate a single hero car or manage hundreds of vehicles with the same ease.
Everything is designed to work instantly. Append, assign, animate—done. No complex setup, no steep learning curve.
From YouTube animations and architectural shots to full city simulations, iCars adapts to your workflow with zero hassle.
When paired with iCity, traffic aligns automatically with generated roads, letting you build entire animated cities in minutes.
iCars is part of a larger suite of tools designed to bring life to your 3D environments. Connect seamlessly with iCity and iCrowds for complete urban simulation.
Procedural city generation and intelligent urban environments.
Intelligent pedestrian agents and crowd behavior systems.